Sri Lanka has begun building a 21-kilometre pipeline linking the Muthurajawela petroleum facility directly with Bandaranaike International Airport, together with expanded aviation-fuel storage. It sounds like an ordinary infrastructure project until one asks how the country’s principal international airport has been receiving much of its additional fuel requirement until now.
An international airport without a reliable supply of aviation fuel is not much of an international airport.
Aircraft arriving at Bandaranaike International Airport require Jet A-1 fuel in enormous quantities. Airlines plan routes, payloads and refuelling stops partly around whether fuel will be available, at what price and with what degree of reliability.
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Sri Lanka is now attempting to strengthen that system through a new 21-kilometre pipeline connecting the Muthurajawela petroleum complex directly to BIA. The project also includes additional aviation-fuel storage, increasing the country’s capacity to maintain supplies during periods of disruption.
At first glance this is hardly glamorous infrastructure. There is no new terminal for passengers to admire, no expressway and no spectacular bridge. Most people will never see the pipeline once it is completed.
That may be precisely why it matters.
Infrastructure is often most valuable when nobody notices it working.
BIA already has pipeline infrastructure associated with its fuel supply, but growing aviation demand and limitations in existing capacity have required significant quantities of fuel to be supplemented through road bowsers. Moving aviation fuel by tanker truck is workable, but it is not the most efficient long-term solution for an airport Sri Lanka hopes will handle substantially more passengers and aircraft.
Road transport introduces additional movements, traffic, handling requirements and operational risk. A dedicated high-capacity pipeline allows fuel to be transferred continuously and efficiently between storage and the airport without placing hundreds of additional tanker movements onto public roads.
The timing is particularly relevant.
Sri Lanka wants tourism to become one of its largest sources of foreign currency. That means more visitors, which generally means more flights. The country also wants Colombo to develop as an aviation and regional connectivity hub rather than merely an endpoint for passengers travelling to Sri Lanka.
Those ambitions require rather less glamorous things to work extremely well.
Fuel is one of them.
There is also the question of resilience.
The Middle East crisis has demonstrated how quickly an external disruption can threaten energy supplies and prices. Sri Lanka cannot control whether a tanker is delayed thousands of kilometres away, but it can control what happens after fuel reaches the country.
Additional storage creates time.
If international supplies are disrupted, every additional day of usable inventory provides authorities and airlines with more room to respond. Storage does not eliminate external dependence, but it reduces the speed at which an external shock becomes a domestic operational crisis.
Sri Lanka learned the importance of fuel logistics rather brutally in 2022. The country possessed airports, power stations, buses and vehicles. What it lacked was sufficient foreign currency and fuel to operate them normally.
Energy security therefore involves considerably more than signing contracts to purchase petroleum.
It requires import terminals, storage tanks, pipelines, distribution systems and contingency planning. Every weak link between the tanker and the aircraft represents another point at which a supply problem can become an operational problem.
There is an economic argument as well.
Aviation fuel pricing matters to airlines. Colombo competes with airports across the region, many of which possess sophisticated fuel infrastructure and enormous throughput. An efficient supply system can reduce handling costs and improve reliability, even if Sri Lanka cannot control the international price of the petroleum itself.
The project should therefore be judged against several measurable questions when it is completed.
How much additional aviation-fuel storage has been created? How many road tanker movements will disappear? How much does the new system reduce distribution costs? How many days of aviation-fuel security will BIA possess during an international supply interruption?
Those are more useful measures than the cost of the ceremony announcing it.
Sri Lanka has spent decades producing ambitious plans for becoming an aviation hub. Hubs are not created by describing them as hubs.
They are built from runways, terminals, navigation systems, ground handling, competitive airlines, efficient connections and the invisible infrastructure that keeps aircraft moving.
Twenty-one kilometres of pipe may not sound terribly exciting.
Neither does running out of aviation fuel.
